JP3208159U - Bubble car - Google Patents

Abstract

An object of the present invention is to provide a foam generator (foam wheel) for a detergent that is excellent in operability, small and low in cost for the generation of foam. A foam generator rotates a container body 6 containing hot water, detergent, foam, foam generating structure, and a plurality of rotating blades 1 in which a predetermined number of through holes 2 of a predetermined size are formed in the container body. A foam generating structure is formed around the shaft 3 so that the tip of the rotary blade enters and exits the hot water 7 or detergent by rotating the rotating shaft manually or automatically by a motor or the like. Moreover, it has the lid | cover 8 for injection | pouring of hot water, a detergent, etc. and taking out foam. [Selection] Figure 1

Description

The present invention relates to a foam generator for a detergent that is used when foam is produced using soaps such as liquid soap and granular soap, and detergents such as face wash.

When cleaning the skin with a cleaning agent, it is recommended to use foam generated from the cleaning agent to effectively remove dirt on the surface of the skin. However, manual operation uses a net, a method that uses compression between the lift plate and lid by moving the lift plate with a number of through holes up and down, and adds air in the form of a pump. There are methods to press, and the electric type is mainly pump type, but each has its own problems.

Problems that the device tries to solve

When a net is used as a method for generating bubbles, it is difficult to produce bubbles with a small particle diameter, and the operation of squeezing by hand is cumbersome and inconvenient for some people. As for the method of raising and lowering the lifting plate, the vertical movement is troublesome and inconvenient, and it is difficult to make it electrically powered. Miniaturization is difficult. The pump type and electric type have problems such as complicated structure, large size and high cost, so new bubble generators with excellent operability, small size and low cost for foam generation I will provide a.

Means for solving the problem

A container body containing hot water, detergent, foam, foam generating structure, and a plurality of rotating blades having a predetermined number of through holes of a predetermined size formed around the rotation axis in the container body, and the rotation axis is manually or It is equipped with a foam generating structure in which the tip of the rotating blade enters and exits hot water and detergent to generate foam by rotating automatically with a motor, etc., and a lid for pouring hot water and detergent, and removing foam Have

Effect of device

In order to form through holes for forming bubbles in a plurality of rotating blades, the number of through holes obtained by dividing the total number of through holes required for foam generation by the number of rotating blades may be formed in each rotating blade. Therefore, by increasing the number of rotating blades, the area of the rotating blades can be reduced, and the container body can be downsized. Further, since the rotating blade is rotated by rotating the rotating shaft manually or automatically with respect to the generation of bubbles, the operability is good and there is no troublesomeness. Furthermore, since the configuration is extremely simple, the cost can be reduced.

The conceptual diagram of the foam generator by the rotary blade by this invention is shown in FIG. However, in the drawings, some of the through holes of the rotating blades are omitted. The rotating blade 1 formed in the rotating shaft 3 with a predetermined number of through holes 2 having a predetermined size is structured to rotate with the rotating shaft by turning the rotating knob 4, and the driving source is reversed in a so-called water wheel. It is a configuration. Hot water or detergent or the like that generates bubbles in the main body container is injected and stored in the bottom 7 of the main body of the container, but the detergent or the like can also be applied to the through hole 2 at the tip of the rotary blade. When the rotating blade rotates in this state, the tip of the rotating blade and the through hole at the tip are immersed in the hot water 7, pass through the hot water, and repeatedly rotate out of the hot water. This movement dissolves detergent, etc. in hot water, and bubbles are generated in the shape of soap bubbles when the through hole immersed in hot water comes out of the hot water. The bubbles increase as the rotation of the rotating blades increases. Re-passes through the through-holes of the rotating blades to produce small bubbles.

FIG. 2 shows a foam generating structure including the rotary blade 1, the through hole 2, the rotary shaft 3, the rotary knob 4, and the knob knob 5. In the drawing, there are four rotating blades. When the size of the rotating blades is the same, the larger the number of rotating blades, the more the total number of through holes increases and the foam generation function is enhanced. When the main body container is downsized, the main body container can be downsized while maintaining the total number of through holes by increasing the number of rotating blades. The diameter of the through hole varies depending on the surface activity of the cleaning agent and the concentration with hot water, but approximately 2 to 4 mm is suitable.

An opening for pouring hot water or detergent into the container body and taking out the bubbles between the rotating blades is shown in FIG. 1 at 8 and is closed with a lid when the bubbles are generated. According to the second aspect of the present invention, it is not easy to take out the bubbles between the rotating blades from between the rotating blades, because the interval between the rotating blades is narrow or it is not easy to take out the bubbles at the V-shaped bottom. A creper 9 as a tool is required, and the creping knob 10 is picked to scrape bubbles. It is desirable to store the creper by fitting it into the side of the main body container or connecting it with a chain to prevent loss. As the power for rotating the rotation shaft, the present invention adopts a rotation method rather than a vertical movement, so that it is not limited to manual operation and it is easy to adopt an electric motor or the like.

The main body container 1 in FIG. 1 has a diameter of 60 mm and a thickness of 35 mm, the material is transparent polycarbonate, the rotating blades have a width of 30 mm and a length of 25 mm, are made of ABS, and the number of sheets is four. ABS was also used for the rotary shaft, rotary knob, etc., and the creper shown in FIG. 3 was made of transparent polycarbonate having a width of 25 mm, a length of 40 mm, and a thickness of 1.5 mm. When water of about 8mm depth is poured into the bottom of the main body container, detergent is applied to the through hole at the tip of the rotating blade and the rotary knob is rotated, the generation of foam is started immediately and the rotation is continued. As a result, the bubbles become smaller in diameter and the density is increased, and the inside of the main body container is filled with bubbles.

Stop one of the blades between the rotating blades at the lid position of the main body opening, open the lid, operate the scraper to scrape bubbles between the rotating blades, and then open between the adjacent blades All bubbles can be easily removed by scraping with a creper according to the part. In addition, a marker line that guides the height of hot water to be injected into the main body container is displayed, a positioning structure is provided for stopping and holding the opening of the rotary blade at the position of the main body opening, Various modifications can be made with respect to the function, performance, appearance, materials used, dimensions, etc., as long as they do not depart from the gist of the present invention, such as a folding knob structure.

A conceptual diagram of the configuration of a bubble car based on the present invention is shown. A conceptual diagram of the foam generation structure formed by rotating blades is shown. A conceptual diagram of a scraper that scrapes the generated foam from between the rotating blades is shown.

1. Rotary blade Through hole Rotation axis 4. Rotating knob Finger rest 6. Main container 7. Indicates injected hot water 8 Lid 9. Creper 10. Knob

Claims (2)

Concerning a foam generator that dissolves detergent in hot water to produce fine particle foam, a predetermined number of through holes of a predetermined size are formed in the container main body containing hot water, detergent, foam, and foam generating structure. By forming a plurality of rotating blades around the rotating shaft and rotating the rotating shaft manually or automatically by a motor, etc., a foam generating structure in which the tip of the rotating blade enters and exits hot water, detergent, etc. to generate bubbles A bubble wheel having a lid for injecting hot water, detergent, etc., and taking out the bubbles. The foam wheel according to claim 1, further comprising a creper that scrapes foam at a predetermined position of the container body between the rotary blades formed around the rotary shaft.

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